Deep-Level Geodynamics /
Dobret︠s︡ov , N. L. ,
Deep-Level Geodynamics / [by] : N.L. Dobretsov, A.G. Kirdyashkin , United Institute of Geology , Geophysics and Mineralogy , Russian Academy of Sciences , Siberian Branch , Novosibirsk , Russia - Rotterdam , Netherlands ; Brookfield , Vermont : A.A Aalkema , 1998 - viii , 328 pages : illustration , maps ; 26 cm.
Includes bibliographical references (p. 301-328)
General information about the structure and dynamics of the Earth -- Theoretical principls of heat and amss transfer modelling -- Thermogravitational flows in a horizontal layer and some geological applications--Geodynamic processes in the mantle and their modelling -- Geodynamic processes in lithosphere and asthenosphere.
This book is intended to help you get started using ESRI® ArcGIS software and to illustrate the methods and procedures involved in conducting a geographic information system (GIS) project. If you are new to GIS, this book is a great place to startyou can learn how to use a GIS to solve problems while you are learning to use ArcGIS.
This book is divided into two sections. The first section, Getting to Know ArcGIS, teaches you the basics of ArcGIS and GIS data. The second section, Conducting a GIS Project, begins with Chapter 4, Planning a GIS project, and is a sample GIS project that you can work through. The project is designed to let you work at your own pace, without the need of
additional help. Readers who wish to complete the entire GIS project section of the book should plan to spend about eight hours of focused time on the project. In order to get started, you will need ArcGIS installed on a Windows®
machine. You will also need to install the ArcTutor tutorial data on your machine or on a networked drive. Proceed to Chapter 1, Welcome to ArcGIS, when you are ready to get started.
”Translation of Glubinnaia geodinamika, Russian Academy of Sciuences, Siberian Branch, Novosibirsk, 1994. Revised and updated for English edition in 1997”--T.p. verso.
9054107340
Terrestrial heat flow
Geodynamics.
Earth (Planet) --Mantle.
QE501 / .D63 1998
Deep-Level Geodynamics / [by] : N.L. Dobretsov, A.G. Kirdyashkin , United Institute of Geology , Geophysics and Mineralogy , Russian Academy of Sciences , Siberian Branch , Novosibirsk , Russia - Rotterdam , Netherlands ; Brookfield , Vermont : A.A Aalkema , 1998 - viii , 328 pages : illustration , maps ; 26 cm.
Includes bibliographical references (p. 301-328)
General information about the structure and dynamics of the Earth -- Theoretical principls of heat and amss transfer modelling -- Thermogravitational flows in a horizontal layer and some geological applications--Geodynamic processes in the mantle and their modelling -- Geodynamic processes in lithosphere and asthenosphere.
This book is intended to help you get started using ESRI® ArcGIS software and to illustrate the methods and procedures involved in conducting a geographic information system (GIS) project. If you are new to GIS, this book is a great place to startyou can learn how to use a GIS to solve problems while you are learning to use ArcGIS.
This book is divided into two sections. The first section, Getting to Know ArcGIS, teaches you the basics of ArcGIS and GIS data. The second section, Conducting a GIS Project, begins with Chapter 4, Planning a GIS project, and is a sample GIS project that you can work through. The project is designed to let you work at your own pace, without the need of
additional help. Readers who wish to complete the entire GIS project section of the book should plan to spend about eight hours of focused time on the project. In order to get started, you will need ArcGIS installed on a Windows®
machine. You will also need to install the ArcTutor tutorial data on your machine or on a networked drive. Proceed to Chapter 1, Welcome to ArcGIS, when you are ready to get started.
”Translation of Glubinnaia geodinamika, Russian Academy of Sciuences, Siberian Branch, Novosibirsk, 1994. Revised and updated for English edition in 1997”--T.p. verso.
9054107340
Terrestrial heat flow
Geodynamics.
Earth (Planet) --Mantle.
QE501 / .D63 1998